Nothing on how difficult water memory or molecular memory would be to research.
Assuming that hydrogen bonds are present for too short of a period of time between water molecules to show water memory vis a vis clustering,
then someone would need to find another mechanism, beginning wherever they believed was most plausible.
I do not possess a scientific authority here, i am just guessing, and my guess is that water or any liquid may have a better chance at "imprinting" things such as where it has been, etc. than solids or gases, and that this recording or imprinting or pattern transference would be found at a mathematical level. That water is like memory foam, mathematically, would be the idea. If this is found elsewhere in nature, then is it found elsewhere in nature such as to point there?
Assuming that hydrogen bonds are present for too short of a period of time between water molecules to show water memory vis a vis clustering,
then someone would need to find another mechanism, beginning wherever they believed was most plausible.
I do not possess a scientific authority here, i am just guessing, and my guess is that water or any liquid may have a better chance at "imprinting" things such as where it has been, etc. than solids or gases, and that this recording or imprinting or pattern transference would be found at a mathematical level. That water is like memory foam, mathematically, would be the idea. If this is found elsewhere in nature, then is it found elsewhere in nature such as to point there?